| Research Period |
 |
Main Research Area |
|
Outline |
|
Remarks |
2008.6~2011.8 |
|
Establishment of method for management of floodplain and stream channel and for use thereof |
|
Development of nature friendly technology for using the stream channel having considered transport and behavior of fluvial sediment and contaminants |
|
Ministry of Land, Transport and Maritime Affairs (Korea Institute of Construction & Transportation Technology Evaluation and Planning) |
|
2008.4~2011.3 |
|
Empirical study on application to the site for purification of heavy metal contaminated soil using integrated process with Bioleaching and Electrokinetic Process. |
|
To apply integrated process to the treatment site, in which biologic and eletrokinetic methods were combined aiming at purifying heavy metal contaminated soil, and to set standard procedures and write manual by obtaining hands-on experiences in system operation. |
|
Ministry of Environment (Korea Institute of Environmental Science and Technology) |
|
2008.3~2014.5 |
|
Development of habitat for flora and fauna in aquatic ecosystem and migration path |
|
Restoration of habitat for flora and fauna and migration paths corresponding to sustainability making best use of natural structures and materials based on naturality |
|
Government (Center for Aquatic Ecosystem Restoration) |
|
2008.3~2014.5 |
|
Development of natural streamside and technology in order for inducing changes in shoreline-streamside |
|
To establish methods to verify locality in relation to aquatic ecosystem model for evaluation of shoreline-streamside in ecosystem as well as nature restoration, as a part of building up platform technology for restoration of natural streamside |
|
Ministry of Environment (Center for Aquatic Ecosystem Restoration) |
|
2007.7~2009.7 |
|
Enlarged upper cross-section type offshore pile aiming to improve lateral supports |
|
Development and practicalization of the enlarged upper cross-section type piles that will exhibit bearing capacity efficiently in the offshore structures where the lateral loads, like wave loads, are more dominant than the gravity loads. |
|
Independent Research |
|
|
